clf;
results = load('conf_results');
hyps = load('conf_hyps');



plot(hyps(:,1), results(:,1), '+1');
hold on;
plot(hyps(:,1), results(:,7), '+2');
hold on;

if 0
plot(hyps(:,1), results(:,2), '+2');
hold on;
plot(hyps(:,1), results(:,8), '+2');
hold on;

plot(hyps(:,1), results(:,3), '+3');
hold on;
plot(hyps(:,1), results(:,9), '+3');
hold on;

plot(hyps(:,1), results(:,4), '+4');
hold on;
plot(hyps(:,1), results(:,10), '+4');
hold on;

plot(hyps(:,1), results(:,5), '+5');
hold on;
plot(hyps(:,1), results(:,11), '+5');
hold on;
end
% this plots each hyperparameter's measured derivative and its theoretical one on nearby axes
% against 

% hold on;
% resultsbar(D(:,1), D(:,2), D(:,3), D(:,3));%, '-2;correct hyps;');
% plot(D(:,1),D(:,2), '-2;correct hyps;');